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LotjaGi2g1v0451300.1

Overview

Field Value
Gene ID LotjaGi2g1v0451300
Transcript ID LotjaGi2g1v0451300.1
Related isoforms 1
Lotus japonicus genome version Gifu v1.2
Description Pentatricopeptide repeat-containing protein; TAIR: AT1G06710.1 Tetratricopeptide repeat (TPR)-like superfamily protein; Swiss-Prot: sp|Q9M9X9|PPR18_ARATH Pentatricopeptide repeat-containing protein At1g06710, mitochondrial; TrEMBL-Plants: tr|A0A0B2RS27|A0A0B2RS27_GLYSO Pentatricopeptide repeat-containing protein, mitochondrial; Found in the gene: LotjaGi2g1v0451300
Working Lj name n.a.

Sequence information

Genomic sequence (LjG1.1_chr2:94449064..94459854) extracted from Lotus japonicus Gifu genome v1.2.

TAGAAATTAAATAATAAGAAGGAAAAAAAACAGAAGGTTACTACACCTGGTCAAGTCATTGTTCTTTATGAATAAGGTAT GCTATTTGGTTTTGGTTCGGAGTGAGGTTTGGTTGTGGACTTTGAAGAAGGCAAAGATAATAAACACAACCTTTACTTTC TCCCTTCATCATCCTCCACCCACTACTACAATCTTATAACCCCACTTCTAAAGTTGCAAACTTCTCTCCTCTCTCTTTTG TCTCTCTGCAAAGATAGCATACAATATTTAGAGAGAAAGTTCCCTTTTTTGTTTTTCTCCAAAGCAAAACTTGGTTGTTA ACACACCATAGAGAAATCATAGCCAAATTTACACTACCAAGAATCATGGTTAGTACTAGTATCAACAATCAATGCAACCC CTTTACACATGCACTCACATGGGAATTTCTTTTTCTAGTTTTTCAATCTTTTATTACTTTTTTCTTCTCTTCCTCATTTG TTTGTAAATTGTTATTTGTTATTGTTCATATGGAATTAGGGGGGTGGAGAAGGTGCAGTTGGTGTGAGAGCTCTCAATGA AGATGATGTTGTGAAGCATGATGAAGGAAACAAATGGCCACCATGGCTGAGGCCAATTCTCCAAACAAGCTTCTTTGTTC AATGCAAAGTCCACTCAGATTCCCACAAAAGTGAATGCAATATGTATTGCTTGGACTGTATGAATGGAGCACTTTGCTCA GCATGTCTTGCCTCTCACAAAGAACACAGAGCTATTCAGGTAAAAGCTTATAGAGTTATAGGAGAAAAATTAATTAGTAA CTACTAATTGTCTTTGAGAATCAGTTTGATCCACCCCTGTGGGAATTTCAAATCAAACATATTTTTGATCAGTTTCTCTT TTTTTTAGAATCAATTCTGACATCATTAAGTTAGGCTTCTCCCAAAAATTGATTGATTTTGCAAACCTGCACTAAAACTC AATGATCGTATAACCTTCCTGCATTTTTACTCTGTTAATTGATCCTAAAAAGATTTGTTTCATGTATTGGTTTCATCGAC TACACACGTGTGTCATTCAATACTCAATTTGCAATTACAAAGTCAACTATGGTTGGCCAATAAAAAAGCTTGTACTTTGA ATTTTCTTCCATTCAAGAATTGATTAATATAGTCCAATTTAAATGCCCAATTAGTTCACCCTGTGAGACAAATTATCTAT ACTATTTGAAAATCTTAGATTTTATTTTAAGCTAGAATAAATAATATATGTGGATATATATTATTCTCTGATGGCTTATT TTTCAACTATGTTAATTTTTTGGCTAATTGTTTTGTACTTTTCATAGATAAGAAGGTCTTCATACCATGATGTGATAAGG GTATCCGAGATACAGAAATTTGTAGACATAACAGGGGTCCAGACTTACATTATAAACAGTGCCAAGATTGTGTTCTTGAA TGAAAGGCCTCAACCTAGGCCAGGCAAAGGGGTCACCAATACCTGTCAGGTCTGTGAGCGCAGCCTTCTTGATTCCTTCA GCTTCTGCTCTCTTGGTTGTAAGGTATTTATAGTTAACCCAACTCTCCATCAAGTTACTTTTTGTGTAATATAAATGAAT TTTCATTTCAATTCATAAGAATTTAATTAATTTATTTATGGCTTAATTGCAACTGTGGTCCCCGACGTTTACCAATGCCA CGATTTTGGTCCCCCACCTAATTTAATTACATTGATGGTCCCCGACGTTGTAGGTCGTGTGCAACGTTAGTCCTACCGTT TATTTCTTAATGGAGGAGGTTTTCGTGGACGTCCAGTTCAAGAGAGAAAGGAGGTATGAGGAGAGAGGGAAGCACGTGAG TATCTCGTGACCCTTATCTGAACCCATTATACCCAAACCCCTGACCTCCCTAGAACGAAGAAGGTAACGCGATTTAGATC CCTAGGATTTCAGATTTGGGTATAATGAGTTCATATAAGGTTCACGTGAGTTCACGTGATACTCACGTGCTTCCCTCTCT CCTCAGATCTCATTTTTCTCTCCAACTAGACGTCCACGTAAGCCTCCTCCATTAAGAAATAAACGGTAGGACTAACGTTG CACACGACCTACAACGTCGAGGACCATCCATGTAATTAAATTAGGTGGGCGACCAAAATCGTGGCATTGGTAAACGTCAG GGACCAAAATTGTAATTAAGCCTTTATTTATTTTAATTGAAATGCGTGGTAACGTCTATTTGCAAAGTTGTCAAGAGAAA TACATGAAATATTGATTAGACTTGGAAGCATGGGCCCAAAATATTTCTCAAGTTCGTGGTGAGCGTAATGAGCTAGTATA AGTGTGTTGTGTGGCCAAAAAACCTTATGGCAATAGGTCAAAGAGTACCCAAGTTTATAAACACTCATTGTCCCAATTAA TTATCTAATGTGAGACTTAGTTTCAAACTCCCCCTCTTATTTGGCTTAGTATACAAGCAGGACCTCGAAAGTCGCTTGTG AACCTGTGCTTCTTCATCTTTCATCTTAACCTGAGACTCAAAGGTCCATAACTTATCATATTAGTTGATAGTTGTTTTAT TTTTCTTTCTCGTTACTCTAGTTTGGGATGAGTGTAATGGGTTAGTATGAGTGTTATGTGTGGTCTAAAAAGGTTAAGAT ATTTAGACTCTGAGTCTACTTGTTAGACTTGGAAGCGCAGACCCAAAATGTTAGTCTAGTTTGAGTGAGTGTAATGGGCT TCAAAAATATTAAGGTAATTGGTCATAGAACACATAAAGTCATAAACTTATAAATACTCATTGTCCCTTCCAATCATTCA ATGTGGGCTTAGTTTCAACAATATTTATAAGATATTAAATATTTAACTTTTAAGTAGTTAGTTTATATGTTAATGGGAAA TTTGTATTTGGCACCGTTAACTTTTAAAATTTATCTATGGTGTTTCATTTGGAATTTGGAAAAGTAAGAAATTACTATAG GTGAACATAAATGACATCTTCAAGATTCCAATTTTTTTCAGGTAGTTGGAACCTCCAAGGAGTTCCAGAAAAAGAATAAG TTAGTTGAGACATATGGTTCTGATGGCGAAGGATCAATTAGTGGCATTAGTAATGGAAGTGCCAGAAACAGAATCCATAG CTTTACACCGTCAACACCACCATCAATAATGGTAAGTTACAGAAGTGCTAAGAGGAGAAAGGGAGTACCACATAGAGCTC CAATGGGTGGAGGAATTATTATAGAATACTAATGTTATAGGTATGGCGACATTAAAGGGTAATTTTCGTCACTTAACAAA CAATACGATAAACGCTATCAACACTTACTTTAACGATATATTTTCAACACTTTTCTTTATTGATCAAAATCAATATAGGA TCCGCTAAATTAGACGAGTCTCCGTCTCAATTTGACAGAACCGACATGGATTTCAATCAATGAGAAAAATTAGTGTTTGA AAAGTAATATTAAAGTAAGTATTAGATAGAATTCCACCCACTTGCATCAAGTGGCAATCTGGCATCTTTAGATACATGTT TTTTTTATATTTTACGAAGTTACAATACCTGAGCCTGTTCACTGAAGCCGGTGTTGGAAATTACAGCTCTATCTTGTATA TAGAATAAGAGGAAAATTCCATAGAGAACAAGAATAATGATAAAGGGAAAACATAGGTTAAAAATCAAATATTTATAGAA TAGTGGGAGTGCTTTGTGCTGGTATAAGCTAGAATAGCAATGATATGTGTTGGTATCAGATGCGGAATGTGCAGTGGTTT GTAAAATGTTGTAAGATTAGACAATAAAAGTGTTTATCATGATTATTAAAACATTCCTCAGATTTGGTATAGAAAAATGA GTTATAGATGTATGTTTTTCAACGATACTCGGTAGACATACATTTTAGTGGTCATTAAAACCCCGGTAAAATGTATATTA ATTGAGTGTATCTTGAAAAGAAAAGTGTATGTTGATGTATCAGTGCTCTTGGTATATGTCTATTGTCAGTGTCCTTTGAA AGACTTGAAAGTGGGATGTGATCTTGTTAGGCCGGTGAATGAGTGGTTCAAATAGCAGAATGTGATTGGATTCTCATTCT CTGTCTCCTTTTGATGCTTGACAACTCCTGGATTACTAGAATGTGTTTCAAATGAATTTAATCTCTCATCTTAACTTTTA ATTGGTGTCATCTACCGAAACTGACCCACGGTGCCTCAGTTCACAGACATCCGTTGATTTAATTGTTTTTATGTTTTAAC GGTTCAGATTAATTAGATTTTTAAAAAATCATTTATTAAATATATATTACTTTACTAAAAAACCCTTCTCCTTTCTCATG CTTCCTCCACCCCACCATCGTGCCCTCCCTTTGCAGAACCACTGTATCGCCATATGCTTGATTTTGAACGCTGAACCCTT TGGTCCTTATGAGAAGCTTGTGAAAATATCTTCAATGCCTGATTGGGTACAACCCGCCTTCAAAGGAATGACGCAGTTGA ATAGGGTTCAGAGAAAGGTATATGATGCTGCACTCTTCAAGCCTCCACCCAAAGCCAACCCTCCAAAAACCCAGATCCAA AATAGCATCTCTTCAATAGCAAAACCCAGACCCAAAATTGCATGGCTTCAACAACAAAACTCAGATCCATAACAAATCTC TGGTACCAAACACTCATCCCCTGTGATTACAATTTGCGGAAAAAACAGATGTGGTGAAGAAAGGCAGTGGTGTGGGAGAG AAGAGGGGCTGTAGAGGGTGGCGGTGGCGGTTGTGGTTGGGAATGAACGGTCGCAGATGCTATCGGCGCCATGGTGGTCG AGAGGCAAGGGTGGTGGAGCGGTGGCTCAAACCGACGGTGTGCGATCTTGAGTGGTGAAGGCGGAGGAGGGTGGCAGCAC TGACGGGTGGAGGTTGCGGTGGCGGAGGAGCTGGGGTGGAAAGGGAGGAACAGCAATAACAGTGTGTGAGACAGGGAGGA AGAAAGTGAGTGAAGGGGATGATGTTGTTGGTTTGTTGAAATCCAACTTCAACTTTGGTGGCCACCGACAGTGAGAGAAA CAAAACTGGAAAAGTGCTAGAACACAGTGAAGGAGAAGTATGGAATTGTTTTAGTAATGAAGGGTATTTGTGTCTACTCA CACAAAAATAAAAACTGAAGCACGGTAGATGCAGCCCTTTTAATTAGGCCAAAATTTCAAATTTCAGATTTAGGAAACTA CTTATGACTAATCAAATGAAAGTACCAAAACAAAATCACAACACTCGTGTTTTACAAAGCTGACTGAGTGACAGATATCT TTTGGAGTTTTGCAATTATGCTGAGAAGATAATGGAGGGAAATTAGTAGTCTCCACATAAATCACTATTTTTACATTTTA ATGAAAGAAAGCTATCTATTAAACATAAGAAAGGACAAGCATTTTGGTAATGGAAAAATGATAAACATAATACCATTGTA CCAAAGAATTCTTGTAGAATTTGATGAGCACGATGGTGCAAGCAAACAAAGCATACGGAAATGGATTTATTTTTCAGAAG AGAAAGAGTTATGGATAAATCAATAGCAATCGTCCATGTTCCTCGTCATCAATAGTGTGTAAATTCTACATAAGAGTATT CTTTTGTACTATCAAAATCAATGAAATCTCTAAATTTCTAAACAATGTTGTAAACAACTAGTGTGAGGTCGTGAGAATGA CAAAATCACAAATTTGATAAACATTCGTCAAATGCCTTATCTTTTGTCAATTTATGTGGAACAAATAAACCTAATTACAA ATTTTTTCCTGCATTTCATGATGCTACCAAGATTCCCCTCTCTCTTTCACTTTCTTCTATTTATTTCTCCCTACTCTCCA TTTCTCTTCTTTCATCTCCTTTTCATGCAATGCAATGCTACCCTTTCTCTTTTGGACATATTAATGGTTAGATTAGATAT TCAATTTAAAAATTTAACATTTTTGTATATTAATATTTTAGATGTGATGACAACGGGACTCGAACTAGGCTATTAAGCAT CACACCACCTTAATTAGAAATAGTTTAACAATCTCTGGACTATGTGAGCCTTGAGCTCTCAATCTCAATAGAGGTCATGA CGAAGCAACACTAATCAATGATAAAAAATCGCAATAAGAACCAATCAACCTAAATTGAGTATTTTTTTTTTATCAAATTA GACTCAATGGTTCCATGGAAACATATATGCATGCATAATGTTATATAACATGATATATATATATAGAGGATGTATCTTAT GAGAAATGTGATCTTACATGAGAAAATGAGAATAAATCACGACCGTTAGATCTAATCATGAATAGTCTGGATTAAAACAT GAAGTCATGTGACTTTTTTAAAAAGTAAAAAAGTCACATGACTTTTTTAAATGATCACATGACCATTAATTTGATTTAAT CTGAACCATTCATGATTAGATCTAACGGTCGTGATTTATTCTCATTTTCTCACATAAGATCACCTAGGGATGTATCTTAT GAGAAAGGTGATGAAGTTTTTGCTTTCAACACTATTACACACTTGAGGGCTGAGGCAGAAAATGAACATGACAGCAAAAC TATGTTGTCTCTCTCGGAGGTTCAGGGTTCTGTGTGGTTCTTTCTTAAACCCTAAATCAAAATGAAGAAGACGGACTTCA ACACTCTCCTCTCTCTCCGTCGCTCTCTCCGCTCTCTCCGATTCTCCACCACCACTTTCTCCGACGACACCCTCCAAGGT TTGGTTCACCCCGACGACCCTATTCCCCATGATTCCCCAACCCCAACCCCTGATTTGTCACAAGACTACGCATTCCTCCG CAACTCCCTCCTCAATTCCTCATCGCAAACGCAAACCCTTGATTCCGCCAACGACGTCGTTTCCATCTCAAATGCAATCA GAACCGGGTTCAGCACTGAAACCCAGAGCTTCATTCGCCACTTCCGGGGCAGGTTAAGCGAGTCTCTGGTGGTGCAGGTC ATGAACCATGTCAAAGACCCTCACCTCTGTGTCAAGTTTTTCTTGTGGGCTGGTCGCCAAATTGGTTACACCCACACTCC ACCAGTGTATGATGCTTTGCTTGAGCTACTTGGATGCAATGGTAATGATAGAGTGCCGTTGAAGTTCTTGCTTGATATCA GGGATGATGGTGATAAGGAGCTGCTTCGAAAGTTGCTCGATGTTTTGATTCACAAGTGTTGCCGCAATGGGTGGTGGAAT ATGGCATTGGAGGAGCTGGGCAGGCTCAAGGATTTTGGGTACAAGCCTTCGCGAGCCACTTACAATGCTCTGGTTCGGGT TTTTCTTGAAGCTGGCAAGTTGGATTCGGCTTATTTGGTGAAGAAAGAGATGTCGAGTTATGGGTTTGGTGTGGACGGGT ATACACTGAGTTGTTTCGCGTATTCTCTCTGCAAAGCAGGGAGGTGCAGGGATGCTCTTGCTTTGATTGAGGAGGAGGAG TTTGTTCCTGATACGGTTTTTTATACTAGGATGATTTCTGGGTTATGTGAAGCTTCGCTTTTTGAAGAAGCTATGGATAT GTTAGATACAATGCGGTCTAGTTCTTGCATTCCTAATGTTGTCACTTATAGGGTTTTGCTTTCTGGGTGTTTGAGAAAAG GACAGCTTGGCAGGTGTAAGAGAATTCTTAGTATGATGATTACGGAAGGCTGTTATCCTAGTCGCCAAATGTTCAATTCT CTCGTACATGCTTATTGTAAATCAAAGGATTACTCTTATGCCTATAAGTTGTTTAAGAAAATGGTAAAATGTGGATGCCA GCCAGGATATCTGGTTTACAATATGCTCATTGGTAGTTTATGTGGCAATGAGGAACAGCCAAGCTCGGATTTGTTAGAAT TGGCGGAAAAGGCTTACAGTGAGATGCTCGATTCAGGGGCTGTATTGAATAAGGTCAATGTCAGCAACTTTGCGCGGTGT CTTTGTGGAGCTGGGAAGTTTGATAAAGCCTTTAAGATAATATGCGAAATGATGAGCAAGGGTTTCATCCCCGATGACAG CACATATTCTAAAGTGATTGGTTTCCTCTGTGATGCCTCCAAGGTAGAGAAGGCTTTTTTGTTGTTCAACGAAATGAAAA GGAATGGCATTGTTCCAAGTGTTTACACCTATACTATTTTAATTGATAGCTTTTGCAAAGCTGGGCTCATCCAACAAGCT CGCAAATGGTTTGATGAAATGTCAAGGGATGGTTGCGCCCCCAACGTGGTGACTTATACTGCTCTTATTCATGCATACCT GAAAGCAAGAAAGGTGTTTGATGCAAATGAGCTATTTGAGATGATGTTGCGCGAAGAGTGCAAGCCTAATGTTGTTACGT ATACAGCTTTAATTGATGGTCATTGTAAGGCTGGGCAGATCGAAAAAGCTTGCCAGATCTATGCCAGGATGCGAGGTGAC ATAGAATCCTCTGACATAGACATGTATTTTAAGTTAAATGACAACGACTGTGAAGGACCAAATGTCATTACATATGGGGC TTTGGTCGATGGTTTATGCAAAGCGAACAAGGTGAAAGAGGCCCGTGAATTATTGGATACCATGTCAGCTCATGGTTGTG AGCCTAACCAAATAGTGTATGATGCTGTTATAGATGGGTTTTGCAAAACCGGAAAGCTTCAGGACGCACAAGAGGTGTTT GCAAAGATGACAGAGCGTGGATACAGTCCAAATTTGTATACCTACAGCTCTTTAATTGATTGTCTGTTTAAAGATAAACG ACTGGATCTTGTTATGAAAGTGTTGTCCAAGATGCTAGAGAATTCTTGCATTCCCAATGTTGTTATTTACACAGAGATGA TTGATGGTCTCTGTAAAGTTGGAAAGACAGATGAAGCTTACAAGCTCATGCTTAAGATGGAAGAAAAGGGTTGTCATCCA AATGTTGTAACGTATACTGCAATGATTGATGGCTTTGGGAAAGCAGGAAAAATTGAACAGTGCCTTGAGCTATTCAGAGA TATGTGCTCAAAGAGCTGTGCTCCAAACTTTATAACCTATAGGGTCTTGATAAATCATTTTTGTTCCAATGGCCTTCTTG ATGAAGCTTACATACTTTTAGATGAAATGAAACAAACATATTGGCCGAGGCATTTATCAAGTCACCGTAAAGTTATTGAG GGCTTTAATCGAGAATTTATAGCCTCGATTGGACTGTTAGATGAGTTGAGTGAGAACGAATCAGTTCCTGTTGATTCTTT GTACAGAATTTTGATTGATAATTTTATCAAGGCTGGGAGACTGGAAATTGCCCTGAATCTGCTTGAAGAGATTTCATCAT CTCCAAGCCCTTCAGTTGCAAACAAGTATCTGTATACTTCTTTAATTGAGAATTTGTCATATGCAAATAAGGTTGATAAA GCCTTGGAACTGTACGCAAGCATGATAAGTAAGAATGTTGTTCCGGAGCTCAGCACATTTGTCCACCTCATCAAAGGCCT TACTAGGGTTGATAAGTGGCAAGAAGCACTACAATTATCAGACAGCATATGCCAGATGGTTTGTCACACTTGCTCTCTCT AACTTTTTGAAGTACAAAAATTTCCAGTGACATTTTGCTCAGTCATTTTAAATTTGTCAACATTTAAAGCTTCCTTTACA CATGTAGTTAGAAATATGCTTCAAACTTACAATAATTCCTAAGCAAACTGCTGTGTAGACGTAGCTGCGCTAGACCATTG ATTTAATATTTTGGCATCTGTATTCTGACTCTGACCTTTCTTCTTTTATTTTTGCTTTTGCATTCCCTATCTATATTGCA GGATATCCACTGGATTTATGAAGAGCCAACCAGCATAAAGTAGGTTTCTGCTGTACAGGTGAATGTAACTGAAGGAAAAC GAATGCAAGCAGCATGGAAGAAATGGTCAAGCTGGTAAAAGATAACTCTCTTCTAATCTCTAGTATTTTCGTTTTATGAT GCTTTCCATTTATTATATTTTGATCTTCATTTGTAAAAGCGGGGTTTTGCAGTTAAGGTAATAACAACACCAATAATGGA AGCAGAAACAAGGGATTTTGAAGAAAAATGCTCTTCATATTTCATTGATCTCCAAGTTTCTGAATCCGGTGTATTTGTTC ACCTATCATTACATCATGCTGGGGTTGATGATTGATTCTGTGGTCTAATTGATGCCAAGGTATATAAAATTAAATGTTGA GACTTGTTATCTTTTGGAGCAAAATTACAAACACAACAATGTTTTTGTTATTTACTGAAATTCTAGTAGGAGATAAATTT TATATTAAGTGGAATCTTATTGTGTTATATTTCTTGTCTGTTTTTGAAGTTCAGAGGCAGATAATCATCTGCATTTTTCA TTATCCAGAAGAACTAGGGAGCTAGGGAATCAGCTTTTTCACATGTTTGAGGAGCAAGGGGTTTCCCAAGTATCCTTGGC TCAATTCTTGTGTAGAGGCTCTGGAAATTAGAAGGACTGTGATTTGGCATTGTGCTCTTTCTACAGAAAATGTTATGTTT TGGACAGCCACATCATGCTCTCTTTAGGACGAGTTTGTGAAGGTGTATCTGAGCTTCATCTAGTTCATTCAGTATTTTGT CACTGTAAATTGATGTAAAAGCTAGCCTCGGCTACATAGAATTTTTGTTTTCATGTTATGATTTATTCTCTGCGGCCCGG TGTATGATCTTATCTATGGGCTTAGAAGCTTCAGTTCCGGTGTCATTCAATTTTTTTAACTGCCAATAATATCGGTGGAT CCATTTGTTTTTTTAAATAATATAAAAAACAAAACTAGTACTCCTATTTGGCAAAAAAAGTTCCTTAAAAC
Download Genomic Sequence

CDS sequence (LotjaGi2g1v0451300.1) extracted from Lotus japonicus Gifu v1.2 CDS.

ATGAAGAAGACGGACTTCAACACTCTCCTCTCTCTCCGTCGCTCTCTCCGCTCTCTCCGATTCTCCACCACCACTTTCTC CGACGACACCCTCCAAGGTTTGGTTCACCCCGACGACCCTATTCCCCATGATTCCCCAACCCCAACCCCTGATTTGTCAC AAGACTACGCATTCCTCCGCAACTCCCTCCTCAATTCCTCATCGCAAACGCAAACCCTTGATTCCGCCAACGACGTCGTT TCCATCTCAAATGCAATCAGAACCGGGTTCAGCACTGAAACCCAGAGCTTCATTCGCCACTTCCGGGGCAGGTTAAGCGA GTCTCTGGTGGTGCAGGTCATGAACCATGTCAAAGACCCTCACCTCTGTGTCAAGTTTTTCTTGTGGGCTGGTCGCCAAA TTGGTTACACCCACACTCCACCAGTGTATGATGCTTTGCTTGAGCTACTTGGATGCAATGGTAATGATAGAGTGCCGTTG AAGTTCTTGCTTGATATCAGGGATGATGGTGATAAGGAGCTGCTTCGAAAGTTGCTCGATGTTTTGATTCACAAGTGTTG CCGCAATGGGTGGTGGAATATGGCATTGGAGGAGCTGGGCAGGCTCAAGGATTTTGGGTACAAGCCTTCGCGAGCCACTT ACAATGCTCTGGTTCGGGTTTTTCTTGAAGCTGGCAAGTTGGATTCGGCTTATTTGGTGAAGAAAGAGATGTCGAGTTAT GGGTTTGGTGTGGACGGGTATACACTGAGTTGTTTCGCGTATTCTCTCTGCAAAGCAGGGAGGTGCAGGGATGCTCTTGC TTTGATTGAGGAGGAGGAGTTTGTTCCTGATACGGTTTTTTATACTAGGATGATTTCTGGGTTATGTGAAGCTTCGCTTT TTGAAGAAGCTATGGATATGTTAGATACAATGCGGTCTAGTTCTTGCATTCCTAATGTTGTCACTTATAGGGTTTTGCTT TCTGGGTGTTTGAGAAAAGGACAGCTTGGCAGGTGTAAGAGAATTCTTAGTATGATGATTACGGAAGGCTGTTATCCTAG TCGCCAAATGTTCAATTCTCTCGTACATGCTTATTGTAAATCAAAGGATTACTCTTATGCCTATAAGTTGTTTAAGAAAA TGGTAAAATGTGGATGCCAGCCAGGATATCTGGTTTACAATATGCTCATTGGTAGTTTATGTGGCAATGAGGAACAGCCA AGCTCGGATTTGTTAGAATTGGCGGAAAAGGCTTACAGTGAGATGCTCGATTCAGGGGCTGTATTGAATAAGGTCAATGT CAGCAACTTTGCGCGGTGTCTTTGTGGAGCTGGGAAGTTTGATAAAGCCTTTAAGATAATATGCGAAATGATGAGCAAGG GTTTCATCCCCGATGACAGCACATATTCTAAAGTGATTGGTTTCCTCTGTGATGCCTCCAAGGTAGAGAAGGCTTTTTTG TTGTTCAACGAAATGAAAAGGAATGGCATTGTTCCAAGTGTTTACACCTATACTATTTTAATTGATAGCTTTTGCAAAGC TGGGCTCATCCAACAAGCTCGCAAATGGTTTGATGAAATGTCAAGGGATGGTTGCGCCCCCAACGTGGTGACTTATACTG CTCTTATTCATGCATACCTGAAAGCAAGAAAGGTGTTTGATGCAAATGAGCTATTTGAGATGATGTTGCGCGAAGAGTGC AAGCCTAATGTTGTTACGTATACAGCTTTAATTGATGGTCATTGTAAGGCTGGGCAGATCGAAAAAGCTTGCCAGATCTA TGCCAGGATGCGAGGTGACATAGAATCCTCTGACATAGACATGTATTTTAAGTTAAATGACAACGACTGTGAAGGACCAA ATGTCATTACATATGGGGCTTTGGTCGATGGTTTATGCAAAGCGAACAAGGTGAAAGAGGCCCGTGAATTATTGGATACC ATGTCAGCTCATGGTTGTGAGCCTAACCAAATAGTGTATGATGCTGTTATAGATGGGTTTTGCAAAACCGGAAAGCTTCA GGACGCACAAGAGGTGTTTGCAAAGATGACAGAGCGTGGATACAGTCCAAATTTGTATACCTACAGCTCTTTAATTGATT GTCTGTTTAAAGATAAACGACTGGATCTTGTTATGAAAGTGTTGTCCAAGATGCTAGAGAATTCTTGCATTCCCAATGTT GTTATTTACACAGAGATGATTGATGGTCTCTGTAAAGTTGGAAAGACAGATGAAGCTTACAAGCTCATGCTTAAGATGGA AGAAAAGGGTTGTCATCCAAATGTTGTAACGTATACTGCAATGATTGATGGCTTTGGGAAAGCAGGAAAAATTGAACAGT GCCTTGAGCTATTCAGAGATATGTGCTCAAAGAGCTGTGCTCCAAACTTTATAACCTATAGGGTCTTGATAAATCATTTT TGTTCCAATGGCCTTCTTGATGAAGCTTACATACTTTTAGATGAAATGAAACAAACATATTGGCCGAGGCATTTATCAAG TCACCGTAAAGTTATTGAGGGCTTTAATCGAGAATTTATAGCCTCGATTGGACTGTTAGATGAGTTGAGTGAGAACGAAT CAGTTCCTGTTGATTCTTTGTACAGAATTTTGATTGATAATTTTATCAAGGCTGGGAGACTGGAAATTGCCCTGAATCTG CTTGAAGAGATTTCATCATCTCCAAGCCCTTCAGTTGCAAACAAGTATCTGTATACTTCTTTAATTGAGAATTTGTCATA TGCAAATAAGGTTGATAAAGCCTTGGAACTGTACGCAAGCATGATAAGTAAGAATGTTGTTCCGGAGCTCAGCACATTTG TCCACCTCATCAAAGGCCTTACTAGGGTTGATAAGTGGCAAGAAGCACTACAATTATCAGACAGCATATGCCAGATGGAT ATCCACTGGATTTATGAAGAGCCAACCAGCATAAAGTAG
Download CDS Sequence

Protein sequence (LotjaGi2g1v0451300.1) extracted from Lotus japonicus Gifu v1.2 Proteins.

MKKTDFNTLLSLRRSLRSLRFSTTTFSDDTLQGLVHPDDPIPHDSPTPTPDLSQDYAFLRNSLLNSSSQTQTLDSANDVV SISNAIRTGFSTETQSFIRHFRGRLSESLVVQVMNHVKDPHLCVKFFLWAGRQIGYTHTPPVYDALLELLGCNGNDRVPL KFLLDIRDDGDKELLRKLLDVLIHKCCRNGWWNMALEELGRLKDFGYKPSRATYNALVRVFLEAGKLDSAYLVKKEMSSY GFGVDGYTLSCFAYSLCKAGRCRDALALIEEEEFVPDTVFYTRMISGLCEASLFEEAMDMLDTMRSSSCIPNVVTYRVLL SGCLRKGQLGRCKRILSMMITEGCYPSRQMFNSLVHAYCKSKDYSYAYKLFKKMVKCGCQPGYLVYNMLIGSLCGNEEQP SSDLLELAEKAYSEMLDSGAVLNKVNVSNFARCLCGAGKFDKAFKIICEMMSKGFIPDDSTYSKVIGFLCDASKVEKAFL LFNEMKRNGIVPSVYTYTILIDSFCKAGLIQQARKWFDEMSRDGCAPNVVTYTALIHAYLKARKVFDANELFEMMLREEC KPNVVTYTALIDGHCKAGQIEKACQIYARMRGDIESSDIDMYFKLNDNDCEGPNVITYGALVDGLCKANKVKEARELLDT MSAHGCEPNQIVYDAVIDGFCKTGKLQDAQEVFAKMTERGYSPNLYTYSSLIDCLFKDKRLDLVMKVLSKMLENSCIPNV VIYTEMIDGLCKVGKTDEAYKLMLKMEEKGCHPNVVTYTAMIDGFGKAGKIEQCLELFRDMCSKSCAPNFITYRVLINHF CSNGLLDEAYILLDEMKQTYWPRHLSSHRKVIEGFNREFIASIGLLDELSENESVPVDSLYRILIDNFIKAGRLEIALNL LEEISSSPSPSVANKYLYTSLIENLSYANKVDKALELYASMISKNVVPELSTFVHLIKGLTRVDKWQEALQLSDSICQMD IHWIYEEPTSIK
Download Protein Sequence

Domain prediction

Data for domain prediction are obtained with InterProScan, and merged with InterPro data obtained from the EB-eye REST service.

Merging data from EBeye. Please wait…

Domains

Sorting

Prediction algorithm Identifier Start End Length E-value InterPro ID
MobiDBLite
mobidb-lite
32 52 21 - –
Gene3D
G3DSA:1.25.40.10
67 270 204 1.1E-16
IPR011990
ProSiteProfiles
PS51375
175 209 35 8.1
IPR002885
PANTHER
PTHR46128
181 299 119 2.8E-178 –
ProSiteProfiles
PS51375
210 244 35 9.427
IPR002885
TIGRFAM
TIGR00756
213 245 33 1.6E-4
IPR002885
Pfam
PF01535
213 242 30 0.015
IPR002885
ProSiteProfiles
PS51375
245 275 31 5.689
IPR002885
Gene3D
G3DSA:1.25.40.10
271 387 117 3.7E-30
IPR011990
PANTHER
PTHR46128
274 478 205 2.8E-178 –
Pfam
PF13041
276 324 49 2.7E-13
IPR002885
ProSiteProfiles
PS51375
277 311 35 11.455
IPR002885
TIGRFAM
TIGR00756
281 313 33 2.0E-7
IPR002885
ProSiteProfiles
PS51375
312 346 35 10.786
IPR002885
TIGRFAM
TIGR00756
314 347 34 2.6E-5
IPR002885
ProSiteProfiles
PS51375
347 381 35 12.332
IPR002885
Pfam
PF13041
350 394 45 2.0E-9
IPR002885
TIGRFAM
TIGR00756
350 381 32 5.2E-8
IPR002885
ProSiteProfiles
PS51375
382 422 41 5.601
IPR002885
Gene3D
G3DSA:1.25.40.10
388 519 132 1.6E-30
IPR011990
ProSiteProfiles
PS51375
423 457 35 9.843
IPR002885
TIGRFAM
TIGR00756
432 458 27 2.1E-6
IPR002885
Pfam
PF01535
432 455 24 0.011
IPR002885
PANTHER
PTHR46128
454 605 152 2.8E-178 –
ProSiteProfiles
PS51375
458 492 35 11.729
IPR002885
TIGRFAM
TIGR00756
461 494 34 6.1E-8
IPR002885
Pfam
PF13041
465 506 42 1.7E-14
IPR002885
ProSiteProfiles
PS51375
493 527 35 13.285
IPR002885
TIGRFAM
TIGR00756
495 529 35 7.0E-11
IPR002885
Gene3D
G3DSA:1.25.40.10
520 592 73 3.9E-25
IPR011990
Pfam
PF13041
527 576 50 5.2E-17
IPR002885
ProSiteProfiles
PS51375
528 562 35 12.167
IPR002885
TIGRFAM
TIGR00756
530 564 35 1.2E-8
IPR002885
ProSiteProfiles
PS51375
563 593 31 10.95
IPR002885
TIGRFAM
TIGR00756
565 591 27 4.1E-8
IPR002885
Gene3D
G3DSA:1.25.40.10
593 678 86 2.4E-23
IPR011990
Pfam
PF12854
613 642 30 9.2E-11
IPR002885
PANTHER
PTHR46128
613 742 130 2.8E-178 –
ProSiteProfiles
PS51375
614 648 35 13.033
IPR002885
TIGRFAM
TIGR00756
616 649 34 5.6E-9
IPR002885
Pfam
PF13041
648 697 50 2.3E-14
IPR002885
ProSiteProfiles
PS51375
649 683 35 12.967
IPR002885
TIGRFAM
TIGR00756
652 684 33 8.5E-7
IPR002885
Gene3D
G3DSA:1.25.40.10
679 744 66 6.0E-20
IPR011990
PANTHER
PTHR46128
683 827 145 2.8E-178 –
ProSiteProfiles
PS51375
684 718 35 10.994
IPR002885
TIGRFAM
TIGR00756
686 720 35 1.1E-7
IPR002885
Pfam
PF13041
718 766 49 5.9E-18
IPR002885
ProSiteProfiles
PS51375
719 753 35 13.176
IPR002885
TIGRFAM
TIGR00756
721 755 35 4.9E-9
IPR002885
Gene3D
G3DSA:1.25.40.10
745 820 76 1.0E-25
IPR011990
ProSiteProfiles
PS51375
754 788 35 12.858
IPR002885
TIGRFAM
TIGR00756
756 789 34 2.1E-10
IPR002885
Pfam
PF12854
784 817 34 4.4E-10
IPR002885
ProSiteProfiles
PS51375
789 819 31 9.712
IPR002885
Gene3D
G3DSA:1.25.40.10
837 970 134 5.0E-17
IPR011990
PANTHER
PTHR46128
845 957 113 2.8E-178 –
ProSiteProfiles
PS51375
857 891 35 7.037
IPR002885
Pfam
PF01535
861 885 25 0.47
IPR002885
ProSiteProfiles
PS51375
894 928 35 10.446
IPR002885
TIGRFAM
TIGR00756
896 928 33 2.9E-5
IPR002885
Pfam
PF01535
897 926 30 0.009
IPR002885
ProSiteProfiles
PS51375
929 963 35 6.675
IPR002885

Gene function (GO predictions)

GO predictions are based solely on the InterPro-to-GO mappings published by EMBL-EBI, which are in turn based on the mapping of predicted domains to the InterPro dataset. The InterPro-to-GO mapping was last updated on , while the GO metadata was last updated on .

GO term Namespace Name Definition Relationships
GO:0005515
Molecular function Protein binding Interacting selectively and non-covalently with any protein or protein complex (a complex of two or more proteins that may include other nonprotein molecules).
Subterm of

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Expression data

Expression pattern

Expression pattern of LotjaGi2g1v0451300.1, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.

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